ATEN Desktop KVM Remote Port Selector with Keypad
2XRT-0021G
- Plug-and-Play – no additional software installation is required
- Auto Detection
- Clear LED indications reflect real-time KVM status
- Compact size with 1.8 m cable for easy deployment
The ATEN Desktop KVM Remote Port Selector with Keypad,2XRT-0021G, is designed to enhance user experience and efficiency while operating ATEN desktop KVM Switches by providing an efficient way to switch between connected computers. Users can simply plug and play the 2XRT-0021G to the desktop KVM Switch without any additional software installation required to quickly and easily control desktop KVM Switch. Once the 2XRT-0021G is connected, simply press its pushbuttons to switch KVM focus. The status will show on both the KVM front panel LEDs and the 2XRT-0021G front panel LEDs. Thanks to its compact size, the device can be placed line-of-sight on the desktop, enabling instant switching across multiple PCs and optimizing productivity while eliminating cable clutter.
Package Contents
- 1x Desktop KVM Remote Port Selector with Keypad
- Plug-and-Play – no additional software installation is required
- Auto Detection
- Clear LED indications reflect real-time KVM status
- Compact size with 1.8 m cable for easy deployment
Connectors | |
Link | RJ-11 |
LEDs | |
Online / Selected (KVM Port) | 8 (Orange) |
Cable Length | 1.8 m |
Maximum Input Power Rating | 5V; 0.15W |
Power Consumption | DC5V:0.15W:1BTU/h Note: ● The measurement in Watts indicates the typical power consumption of the device with no external loading. ● The measurement in BTU/h indicates the power consumption of the device when it is fully loaded. |
Environmental | |
Operating Temperature | 0-50°C |
Storage Temperature | -20-60°C |
Humidity | 0 - 80% RH, Non-condensing |
Physical Properties | |
Housing | Plastic |
Weight | 0.14 kg ( 0.31 lb ) |
Dimensions (L x W x H) | 7.70 x 11.19 x 3.60 cm (3.03 x 4.41 x 1.42 in.) |
Note | For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format. |